A Distributed Memory Hierarchy and Data Management for Interactive Scene Navigation and Modification on Tiled Display Walls

Lai, Duy-Quoc; Sajadi, Behzad; Jiang, Shan; Gopi, Gopi Meenakshisundaram M.; Majumder, Aditi

doi:10.1109/tvcg.2015.2398439

Cited by 6 publications

(2 citation statements)

References 38 publications

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“…However, this method can output a regular display area, but the irregular part of the original projection area is wasted. Lai et al [6] viewed the multi‐projector system as a cluster of storage‐compute‐display (SCD) nodes. The navigation and modification problems with multi‐projector system are then converted into problems of SCD nodes storage, management and coordination.…”

Section: Related Workmentioning

confidence: 99%

Automatic geometry calibration for multi‐projector display systems with arbitrary continuous curved surfaces

Wang

Yan

2019

IET Image Processing

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A large-scale multi-projector display system offers high resolution, high brightness and immersive visualization for realistic experience to end users. It has been demonstrated to be effective tackling the conflict between the increasing demands of super-resolution display and the resolution limitation of a single display system. However, there is still no standardization method for curved surface projection screen. In this paper, we propose a novel approach for calibrating multiprojector display systems which have curved surfaces. Firstly, based on a detailed analysis on arbitrarily curved surfaces, we present a 3D reconstruction algorithm based on Bezier surface models. Then, for fully utilizing the projection area of each projector, we propose a novel curved-surface stitching algorithm to achieve geometry seamlessness of multi-projector display systems. Experimental results show that by constructing local Bessel models for the curved screen, the proposed method performs better than traditional approaches, i.e., the new method achieves geometric calibration with higher accuracy. The proposed method of modelling projection screen and the corresponding automatic geometric correction scheme effectively increase the utilization ratio of the original projection area of each projector and improve the calibration accuracy of multiprojector system with continuous curved surface.

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Section: Related Workmentioning

confidence: 99%

Automatic geometry calibration for multi‐projector display systems with arbitrary continuous curved surfaces

Wang

Yan

2019

IET Image Processing

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“…However, they tend to be large systems, with minimal flexibility, driven by a centralized server, and therefore need to be maintained by a crew of trained professionals. Different distributed rendering frameworks have been proposed to use them effectively for visualization of large data [12,7,9,1,10]. More recently, the work by Raskar et al [11] proposes the idea of using immersive displays in office environments to create completely immersive 3D worlds, where telepresence can be achieved in the truest sense.…”

Section: Related Workmentioning

confidence: 99%

Interactive display conglomeration on the wall

Lai

Majumder

2015

2015 IEEE 1st Workshop on Everyday Virtual Reality (WEVR)

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We present a work in progress for a paradigm of wall-top displays for future offices, where instead of a small desktop, we treat the available walls as the desktop. Multiple projector-camera units, mounted on pan-tilt units (PTU), allow for the creation of the conglomeration of one or more high resolution displays, whose position, size, and aspect ratio can be changed by the user. This can be achieved by lucid gesture based interactions. Multiple wireless keyboard and mouse can be used to interact with the display(s) for shared collaborative or personal individual interactions. The system can also be extended to support stereoscopic projection and data input by superimposing projection displays and processing data from multiple cameras. This is achieved by a distributed network of projector-camera systems, and associated distributed registration and interaction methodologies.

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Multi-GPU multi-display rendering of extremely large 3D environments

Dong

Peng²

2022

Vis Comput

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A Distributed Memory Hierarchy and Data Management for Interactive Scene Navigation and Modification on Tiled Display Walls

Cited by 6 publications

References 38 publications

Automatic geometry calibration for multi‐projector display systems with arbitrary continuous curved surfaces

Automatic geometry calibration for multi‐projector display systems with arbitrary continuous curved surfaces

Interactive display conglomeration on the wall

Multi-GPU multi-display rendering of extremely large 3D environments

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